TPE DGR 6185BK USA Advanced

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Datasheet

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Technical Data Sheet

elastomer	Test Condition	Test Method	Test Result	Test Unit
tear strength	24°C	ASTM D624	54.3	kN/m
Permanent compression deformation	24°C,22hr	ASTM D395	23	%
	Permanent compression deformation	70°C,22hr	ASTM D395	65	%
		Permanent compression deformation	100°C,22hr	ASTM D395	82	%
		Permanent compression deformation	Permanent compression deformation	24°C,22hr	ISO 815	23	%
tensile strength	100%Strain,23°C	ISO 37	10.1	MPa
	tensile strength	Yield,23°C	ASTM D412	14.7	MPa
	tensile strength	tensile strength	Yield,23°C	ISO 37	14.7	MPa
elongation	Break,23°C	ASTM D412	260	%
elongation	elongation	Break,23°C	ISO 37	260	%
Stretch permanent deformation	100%Strain	ASTM D412	19	%
tensile strength	100%Strain,23°C	ASTM D412	10.1	MPa
Permanent compression deformation	70°C,22hr	ISO 815	65	%
Permanent compression deformation	Permanent compression deformation	100°C,22hr	ISO 815	82	%
mechanical properties	Test Condition	Test Method	Test Result	Test Unit
Taber abraser	1000Cycles,1000g,CS-17Wheel	ASTM D3389	160	mg
thermal performance	Test Condition	Test Method	Test Result	Test Unit
Brittle temperature		ASTM D746	-51.1	°C
Brittle temperature	Brittle temperature		ISO 812	-51.1	°C
Physical properties	Test Condition	Test Method	Test Result	Test Unit
density		ASTM D471	1.14	g/cm³
density	density		ISO 2781	1.14	g/cm³
Shrinkage rate	MD：1.59mm		1.9	%
MeltViscosity	190°C,300sec^-1	ASTM D3835	1060	Pa·s
Shrinkage rate	MD：3.18mm		1.2	%
	Shrinkage rate	TD：1.59mm		1.0	%
	Shrinkage rate	Shrinkage rate	TD：3.18mm		0.80	%
hardness	Test Condition	Test Method	Test Result	Test Unit
Shore hardness	ShoreA,5Sec	ASTM D2240	85
Shore hardness	Shore hardness	ShoreA,5Sec	ISO 48	85
aging	Test Condition	Test Method	Test Result	Test Unit
Change rate of tensile strength in air	70°C,168hr	ISO 188	-16	%
	Change rate of tensile strength in air	100%Strain70°C,168hr	ISO 188	-4.0	%
		Change rate of tensile strength in air	100°C,168hr	ISO 188	-19	%
		Change rate of tensile strength in air	Change rate of tensile strength in air	100%Strain100°C,168hr	ISO 188	-6.0	%
Change rate of ultimate elongation in air	70°C,168hr	ASTM D573	-15	%
Change rate of ultimate elongation in air	Change rate of ultimate elongation in air	100°C,168hr	ASTM D573	-21	%
Tensile stress change rate	70°C,168hr，Break	ISO 188	-15	%
Tensile stress change rate	Tensile stress change rate	100°C,168hr，Break	ISO 188	-21	%
Volume change	24°C,168hr,inReferenceFuelB	ASTM D471	87	%
	Volume change	70°C,168hr,inASTM#1Oil	ASTM D471	27	%
		Volume change	70°C,168hr,inIRM903Oil	ASTM D471	130	%
			Volume change	70°C,168hr,inWater	ASTM D471	1.0	%
			Volume change	Volume change	24°C,168hr,inReferenceFuelB	ISO 1817	87	%
Change rate of tensile strength in air	100°C,168hr	ASTM D573	-19	%
	Change rate of tensile strength in air	100%Strain,100°C,168hr	ASTM D573	-6.0	%
		Change rate of tensile strength in air	70°C,168hr	ASTM D573	-16	%
		Change rate of tensile strength in air	Change rate of tensile strength in air	100%Strain,70°C,168hr	ASTM D573	-4.0	%
Volume change	70°C,168hr,inASTM#1Oil	ISO 1817	27	%
	Volume change	70°C,168hr,inIRM903Oil	ISO 1817	130	%
	Volume change	Volume change	70°C,168hr,inWater	ISO 1817	1.0	%

IMPORTANT NOTES: Plas.com collected the data in the data sheet from the material manufacturers. Plas.com makes the best effort to improve the accuracy of the data, but has no responsibility for the data. We strongly recommend verifying the validity of the data with the material manufacturers before making a final decision.

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